top of page

Key Features

  • 8mm Focal Length
  • 50° Apparent Field of View
  • 1.25" Diameter Barrel
  • Ideal for Fast Focal Ratio OTAs
  • Diffraction-Limiting High-Index Glass
  • Multi-Coated Optics with Blackened Edges
  • Parfocal with All Group "B" Eyepieces
  • Fold-Down Rubber Eyecup

 

It is made using diffraction-limiting high-index glass lenses in a 4-element/2-group configuration to keep light on-axis and reduce astigmatism and edge-aberrations across its generous 50° apparent field of view. Fully multi-coated optics, blackened lens elements, and anti-reflection threads complement the optical components to improve contrast and light transmission, while limiting its loss. Ideal for fast-focal ratio OTAs, the eyepiece features a standard 1.25" barrel to be compatible with the most popular size of focuser and accessories, with a convenient fold-down rubber eyecup. This model of the Plossl series is parfocal with all Tele Vue Group 'B' eyepieces, allowing you to change compatible eyepieces without having to refocus — saving time and limiting vibrations.

 

Compatible Parfocal Group 'B' Eyepieces

  • 8 - 32mm Plossl eyepieces
  • All DeLite eyepieces
  • 19 & 24mm Panoptic eyepieces
  • 3.5 - 12mm Delos eyepieces
  • 16mm Nagler 5 eyepiece
  • All 1.25" Nagler 6 series eyepieces

 

Tele Vue Plossl Specs

Focal Length

8mm

Apparent Field of View

50°

Eye Relief

6.0 mm

Eyepiece Barrel Diameter

1.25"

Field Stop Diameter

6.5 mm

Dimensions

ø: 1.3 x L: 1.4" / ø: 3.4 x L: 3.6 cm

Weight

1.8 oz / 51 g

Packaging Info

Package Weight

0.2 lb

Box Dimensions (LxWxH)

3 x 2.2 x 2.15"

TeleVue Plossl 8mm Eyepiece

₹14,400.00Price
Sales Tax Included

    Heading 3

    Authorized distributors  of Celestron, Bresser, GSO, Uninstaller, Vixen, Explore Scientific, Meade instruments, Founder Optics, Alcor Systems, ZWO, Planewave Instruments, National geographic, Baader planetarium, Pegasus Astro, svBony, Optolong, Chroma, Rainbow astro, differaction limited, Lunt solar systems, Software Bisque, and many more.

    © 2025 by Modern Telescopes.
    • Twitter
    • Facebook
    • Instagram
    bottom of page